def create(self, data, positioner, graphtexrunner, errorname):
canvas = painter.axiscanvas(self.painter, graphtexrunner)
v = 0
position = self.firstdist
for name in data.names:
subaxis = data.subaxes[name]
subaxis.vmin = position / float(data.size)
if subaxis.sized:
position += subaxis.data.size
else:
position += 1
subaxis.vmax = position / float(data.size)
position += 0.5*self.dist
subaxis.vminover = v
if name == data.names[-1]:
subaxis.vmaxover = 1
else:
subaxis.vmaxover = position / float(data.size)
subaxis.setpositioner(subaxispositioner(positioner, subaxis))
subaxis.create()
canvas.insert(subaxis.canvas)
if canvas.extent_pt < subaxis.canvas.extent_pt:
canvas.extent_pt = subaxis.canvas.extent_pt
position += 0.5*self.dist
v = subaxis.vmaxover
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def create(self, data, positioner, graphtextengine, errorname):
canvas = painter.axiscanvas(self.painter, graphtextengine)
v = 0
position = self.firstdist
for name in data.names:
subaxis = data.subaxes[name]
subaxis.vmin = position / float(data.size)
if subaxis.sized:
position += subaxis.data.size
else:
position += 1
subaxis.vmax = position / float(data.size)
position += 0.5 * self.dist
subaxis.vminover = v
if name == data.names[-1]:
subaxis.vmaxover = 1
else:
subaxis.vmaxover = position / float(data.size)
subaxis.setpositioner(subaxispositioner(positioner, subaxis))
subaxis.create()
for layer, subcanvas in list(subaxis.canvas.layers.items()):
canvas.layer(layer).insert(subcanvas)
assert len(subaxis.canvas.layers) == len(subaxis.canvas.items)
if canvas.extent_pt < subaxis.canvas.extent_pt:
canvas.extent_pt = subaxis.canvas.extent_pt
position += 0.5 * self.dist
v = subaxis.vmaxover
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def layout(data):
self.adjustaxis(data, data.ticks, graphtexrunner, errorname)
self.texter.labels(data.ticks)
if self.divisor:
for t in data.ticks:
t *= tick.rational(self.divisor)
canvas = painter.axiscanvas(self.painter, graphtexrunner)
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def layout(data):
self.adjustaxis(data, data.ticks, graphtexrunner, errorname)
self.texter.labels(data.ticks)
if self.divisor:
for t in data.ticks:
t *= tick.rational(self.divisor)
canvas = painter.axiscanvas(self.painter, graphtexrunner)
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def layout(data):
if data.ticks:
self.adjustaxis(data, [convert_tick(data.ticks[0]), convert_tick(data.ticks[-1])], graphtextengine, errorname)
self.texter.labels(data.ticks)
if self.divisor:
for t in data.ticks:
t *= rational_divisor
canvas = painter.axiscanvas(self.painter, graphtextengine)
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def layout(data):
if data.ticks:
self.adjustaxis(data, [convert_tick(data.ticks[0]), convert_tick(data.ticks[-1])], graphtexrunner, errorname)
self.texter.labels(data.ticks)
if self.divisor:
for t in data.ticks:
t *= rational_divisor
canvas = painter.axiscanvas(self.painter, graphtexrunner)
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def createlinked(self, data, positioner, graphtexrunner, errorname, linkpainter):
canvas = painter.axiscanvas(self.painter, graphtexrunner)
for name in data.names:
subaxis = data.subaxes[name]
subaxis = linkedaxis(subaxis, name)
subaxis.setpositioner(subaxispositioner(positioner, data.subaxes[name]))
subaxis.create()
canvas.insert(subaxis.canvas)
if canvas.extent_pt < subaxis.canvas.extent_pt:
canvas.extent_pt = subaxis.canvas.extent_pt
if linkpainter is not None:
linkpainter.paint(canvas, data, self, positioner)
return canvas
def layout(data):
if data.ticks:
self.adjustaxis(data, [
float(data.ticks[0]) * divisor,
float(data.ticks[-1]) * divisor
], graphtexrunner, errorname)
self.texter.labels(data.ticks)
if self.divisor:
for t in data.ticks:
t *= rational_divisor
canvas = painter.axiscanvas(self.painter, graphtexrunner)
if self.painter is not None:
self.painter.paint(canvas, data, self, positioner)
return canvas
def createlinked(self, data, positioner, graphtextengine, errorname, linkpainter):
canvas = painter.axiscanvas(self.painter, graphtextengine)
for name in data.names:
subaxis = data.subaxes[name]
subaxis = linkedaxis(subaxis, name)
subaxis.setpositioner(subaxispositioner(positioner, data.subaxes[name]))
subaxis.create()
for layer, subcanvas in list(subaxis.canvas.layers.items()):
canvas.layer(layer).insert(subcanvas)
assert len(subaxis.canvas.layers) == len(subaxis.canvas.items)
if canvas.extent_pt < subaxis.canvas.extent_pt:
canvas.extent_pt = subaxis.canvas.extent_pt
if linkpainter is not None:
linkpainter.paint(canvas, data, self, positioner)
return canvas
def createlinked(self, data, positioner, graphtexrunner, errorname,
linkpainter):
canvas = painter.axiscanvas(self.painter, graphtexrunner)
for name in data.names:
subaxis = data.subaxes[name]
subaxis = linkedaxis(subaxis, name)
subaxis.setpositioner(
subaxispositioner(positioner, data.subaxes[name]))
subaxis.create()
canvas.insert(subaxis.canvas)
if canvas.extent_pt < subaxis.canvas.extent_pt:
canvas.extent_pt = subaxis.canvas.extent_pt
if linkpainter is not None:
linkpainter.paint(canvas, data, self, positioner)
return canvas
def createlinked(self, data, positioner, graphtexrunner, errorname, linkpainter):
canvas = painter.axiscanvas(self.painter, graphtexrunner)
if linkpainter is not None:
linkpainter.paint(canvas, data, self, positioner)
return canvas
def createlinked(self, data, positioner, graphtextengine, errorname,
linkpainter):
canvas = painter.axiscanvas(self.painter, graphtextengine)
if linkpainter is not None:
linkpainter.paint(canvas, data, self, positioner)
return canvas